public ImmutableProductConfiguration(IProductConfiguration otherConfig)
{
Validate.NotNull(otherConfig, nameof(otherConfig));
_profilesExport_DefaultInterval = otherConfig.ProfilesExport_DefaultInterval;
_profilesExport_EarlyTriggerOnCollectedStackSnapshotsBytes = otherConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsBytes;
_profilesExport_EarlyTriggerOnCollectedStackSnapshotsCount = otherConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsCount;
_profilesExport_LocalFiles_Directory = otherConfig.ProfilesExport_LocalFiles_Directory;
_profilesIngestionEndpoint_Url = otherConfig.ProfilesIngestionEndpoint_Url;
_profilesIngestionEndpoint_Host = otherConfig.ProfilesIngestionEndpoint_Host;
_profilesIngestionEndpoint_Port = otherConfig.ProfilesIngestionEndpoint_Port;
_profilesIngestionEndpoint_ApiPath = otherConfig.ProfilesIngestionEndpoint_ApiPath;
_profilesIngestionEndpoint_DatadogApiKey = otherConfig.ProfilesIngestionEndpoint_DatadogApiKey;
_ddDataTags_Host = otherConfig.DDDataTags_Host;
_ddDataTags_Service = otherConfig.DDDataTags_Service;
_ddDataTags_Env = otherConfig.DDDataTags_Env;
_ddDataTags_Version = otherConfig.DDDataTags_Version;
_ddDataTags_CustomTags = otherConfig.DDDataTags_CustomTags;
_log_IsDebugEnabled = otherConfig.Log_IsDebugEnabled;
_log_PreferredLogFileDirectory = otherConfig.Log_PreferredLogFileDirectory;
_metrics_Operational_IsEnabled = otherConfig.Metrics_Operational_IsEnabled;
_metrics_StatsdAgent_Port = otherConfig.Metrics_StatsdAgent_Port;
_frameKinds_Native_IsEnabled = otherConfig.FrameKinds_Native_IsEnabled;
}
#pragma warning disable CS0162 // Unreachable code detected: Purposeful control using const bool fields in this class.
public static void SetupLogger(IProductConfiguration config)
{
// In case that we are re-initializing, dispose previous log sinks (one log sink via one-or-more redirections).
DisposeLogSinks();
if (UseConsoleLogInsteadOfFileLog)
{
if (TrySetupConsoleLogger())
{
return;
}
}
else
{
if (TrySetupFileLogger(config))
{
return;
}
}
if (UseConsoleLogIfFileLogNotAvailable)
{
if (TrySetupConsoleLogger())
{
return;
}
}
ConsoleWriteLine();
ConsoleWriteLine("PROBLEM! Could not setup logger.");
}
public LocalFilesProfilesExporter(IProductConfiguration config)
{
_appName = GetSanitizedAppName(config);
_outputDirectory = GetOutputDirectory(config, _appName);
_isEnabled = _outputDirectory != null;
Log.Info(LogSource.Info, "Initialized", "IsEnabled", _isEnabled, "AppName", _appName, "OutputDirectory", _outputDirectory);
}
public static IProductConfiguration CreateImmutableSnapshot(this IProductConfiguration config)
{
if (config == null)
{
return(null);
}
else
{
return(new ImmutableProductConfiguration(config));
}
}
public static bool TryCreateAndStart(out ProfilerEngine runningProfilerEngine)
{
IProductConfiguration config = ProductConfigurationProvider.CreateDefault()
// .ApplyReleaseDefaults()
// .ApplyDevDefaults()
.ApplyReleaseOrDevDefaults()
.ApplyEnvironmentVariables()
.CreateImmutableSnapshot();
return(TryCreateAndStart(config, out runningProfilerEngine));
}
private static string GetSanitizedAppName(IProductConfiguration config)
{
string unsanitizedAppName = config.DDDataTags_Service;
if (string.IsNullOrWhiteSpace(unsanitizedAppName))
{
try
{
unsanitizedAppName = CurrentProcess.GetName();
}
catch
{
unsanitizedAppName = "UnknownApp";
}
}
// Sanitize app name:
var appName = new StringBuilder(unsanitizedAppName);
// Note that the 'appName' is likely to be based on the service name tag setting, which, in turn,
// is likely to be based on the ASP.NET site name.
// Common "unwished" characters that come up in site names, such as '/', '\\', ':' and others are
// contained in the invalid chars arrays below, especially in 'invalidFilenameChars'.
char[] invalidPathChars = Path.GetInvalidPathChars();
char[] invalidFilenameChars = Path.GetInvalidFileNameChars();
for (int p = 0; p < appName.Length; p++)
{
char c = appName[p];
bool isInvalid = char.IsWhiteSpace(c) || c == '.';
for (int i = 0; i < invalidPathChars.Length && !isInvalid; i++)
{
isInvalid = (c == invalidPathChars[i]);
}
for (int i = 0; i < invalidFilenameChars.Length && !isInvalid; i++)
{
isInvalid = (c == invalidFilenameChars[i]);
}
if (isInvalid)
{
appName[p] = '_';
}
}
return(appName.ToString());
}
public MetricsSender(IProductConfiguration config)
{
var tags = $"profiler_version:{config.DDDataTags_Version},service_name:{config.DDDataTags_Service},environment:{config.DDDataTags_Env}";
_tagsAsBytes = Encoding.UTF8.GetBytes(tags);
_colonAsBytes = Encoding.UTF8.GetBytes(":");
_metricTypeAndTagsSeparatorAsBytes = Encoding.UTF8.GetBytes("|c|#");
_socket = new Socket(SocketType.Dgram, ProtocolType.Udp);
// We consider the statsd agent to be installed locally (for now)
_statsdAgentEndpoint = CreateEndpoint("127.0.0.1", config.Metrics_StatsdAgent_Port);
_buffer = new byte[1024];
_additionalTagsBuilder = new StringBuilder();
}
public static IProductConfiguration ApplyReleaseOrDevDefaults(this IProductConfiguration config)
{
const string EnvVarName = "DD_INTERNAL_USE_DEVELOPMENT_CONFIGURATION";
const bool ddInternalUseDevelopmentConfigurationValDefault = false;
string ddInternalUseDevelopmentConfiguration = Environment.GetEnvironmentVariable(EnvVarName);
if (
ConfigurationProviderUtils.TryParseBooleanSettingStr(
ddInternalUseDevelopmentConfiguration,
ddInternalUseDevelopmentConfigurationValDefault,
out bool ddInternalUseDevelopmentConfigurationVal))
{
Log.Info(
LogComponentMoniker,
"Use-Dev-Config environment setting found and parsed.",
"Env var name",
EnvVarName,
"Parsed value",
ddInternalUseDevelopmentConfigurationVal);
}
else
{
Log.Info(
LogComponentMoniker,
"Use-Dev-Config environment setting not found or not parsed. Default will be used.",
"Env var name",
EnvVarName,
"Value",
ddInternalUseDevelopmentConfiguration,
"Used default value",
ddInternalUseDevelopmentConfigurationVal);
}
if (ddInternalUseDevelopmentConfigurationVal)
{
return(DevProductConfigurationProvider.ApplyDevDefaults(config));
}
else
{
return(DefaultReleaseProductConfigurationProvider.ApplyReleaseDefaults(config));
}
}
/// <summary>
/// Called internally AFTER <c>s_singletonAccessLock</c> has been taken and it was validated that no other engine is running.
/// </summary>
private static void CreateAndStart(IProductConfiguration config, out ProfilerEngine newProfilerEngine)
{
LogConfigurator.SetupLogger(config);
Log.Info(Log.WithCallInfo(LogSourceMoniker), "Initializing. Will create and start the managed profiler engine.");
try
{
ThreadUtil.EnsureSetCurrentManagedThreadNameNativeCallbackInitialized();
_currentEngine = new ProfilerEngine(config);
newProfilerEngine = _currentEngine;
LogInitializationCompleted(newProfilerEngine);
}
catch (Exception ex)
{
Log.Error(Log.WithCallInfo(LogSourceMoniker), "Initialization error.", ex);
newProfilerEngine = null;
}
}
private string GetOutputDirectory(IProductConfiguration config, string appName)
{
if (string.IsNullOrWhiteSpace(config.ProfilesExport_LocalFiles_Directory))
{
return(null);
}
string outDir;
// First, try with the defined directory
try
{
if (BuildAndValidateOutputDirectory(config.ProfilesExport_LocalFiles_Directory, appName, isLastResort: false, out outDir))
{
return(outDir);
}
}
catch (Exception ex)
{
// Probably did not have permissions to GetCurrentDirectory.
Log.Error(LogSource.Info.WithCallInfo(), ex);
}
// Otherwise, save them in a temp folder
try
{
string tempDir = Path.GetTempPath();
string outBaseDir = Path.Combine(tempDir, DirectoryFallbackRoot, DirectoryFallbackSub);
if (BuildAndValidateOutputDirectory(outBaseDir, appName, isLastResort: true, out outDir))
{
return(outDir);
}
}
catch (Exception ex)
{
// Probably did not have permissions to GetTempPath.
Log.Error(LogSource.Info.WithCallInfo(), ex);
}
return(null);
}
private ProfilerEngine(IProductConfiguration config)
{
Validate.NotNull(config, nameof(config));
_versionInfo = ProfilerEngineVersionInfo.CreateNewInstance();
_profiledThreadInfoProvider = new ProfiledThreadInfoProvider();
_profiledAppDomainProvider = new ProfiledAppDomainProvider();
_enqueueStackSnapshotBufferSegmentForExport = NativeCallback_EnqueueStackSnapshotBufferSegmentForExport;
_tryShutdownCurrentManagedProfilerEngine = NativeCallback_TryShutdownCurrentManagedProfilerEngine;
_completedStackSnapshots = new StackSnapshotsBufferSegmentCollection();
_pprofBuilder = new PProfBuilder();
RegisterReversePInvokeCallbacks();
_resolveAndExportStacksBackgroundLoop = new ResolveAndExportStacksBackgroundLoop(this, config);
_resolveAndExportStacksBackgroundLoop.Start();
}
public static bool TryCreateAndStart(IProductConfiguration config, out ProfilerEngine runningProfilerEngine)
{
Validate.NotNull(config, nameof(config));
runningProfilerEngine = _currentEngine;
if (runningProfilerEngine != null)
{
return(false);
}
lock (_singletonAccessLock)
{
runningProfilerEngine = _currentEngine;
if (runningProfilerEngine != null)
{
return(false);
}
CreateAndStart(config, out runningProfilerEngine);
return(runningProfilerEngine != null);
}
}
private static bool TrySetupFileLogger(IProductConfiguration config)
{
try
{
var filenameBaseInfo = new DatadogEnvironmentFileLogSinkFactory.FilenameBaseInfo(ProductFamily, Product, ComponentGroup);
if (DatadogEnvironmentFileLogSinkFactory.TryCreateNewFileLogSink(
filenameBaseInfo,
LoggingDemoLogGroupId,
config?.Log_PreferredLogFileDirectory,
LogFileSizeBytes,
FileFormatOptions,
out FileLogSink fileLogSink))
{
RedirectLogs(fileLogSink, out _logRedirections);
if (config != null)
{
LogComposer.IsDebugLoggingEnabled = config.Log_IsDebugEnabled;
}
else
{
LogComposer.SetDebugLoggingEnabledBasedOnEnvironment();
}
return(true);
}
}
catch (Exception ex)
{
ConsoleWriteLine();
ConsoleWriteLine("Error setting up a file logger.");
ConsoleWriteLine($"{ex}");
}
return(false);
}
public static IProductConfiguration ApplyEnvironmentVariables(this IProductConfiguration config)
{
if (config == null)
{
return(null);
}
var mutableConfig = new MutableProductConfiguration(config);
if (TryGetEnvironmentVariable("SIGNALFX_PROFILING_UPLOAD_PERIOD", out string envProfilesExportDefaultInterval))
{
if (int.TryParse(envProfilesExportDefaultInterval, out var profilesExportDefaultInterval))
{
mutableConfig.ProfilesExport_DefaultInterval = TimeSpan.FromSeconds(profilesExportDefaultInterval);
}
else
{
Log.Error(
Log.WithCallInfo(LogComponentMoniker),
"The environment variable \"SIGNALFX_PROFILING_UPLOAD_PERIOD\" is specified (\"",
envProfilesExportDefaultInterval,
"\") but cannot be parsed as an int. Using original value: ",
mutableConfig.ProfilesExport_DefaultInterval);
}
}
if (TryGetEnvironmentVariable("SIGNALFX_PROFILING_OUTPUT_DIR", out string directory))
{
mutableConfig.ProfilesExport_LocalFiles_Directory = directory;
}
// If Ingestion Endpoint Url is specified, the Host, Port and ApiPath are ignored.
// However, that logic is inside the export loop that actually interprets those values.
// At this point we just extract all of the info that is contained in the environment variables.
// If both, URL and Host-Port-Etc are specified, we will extract them all and leave the
// priorization logic of what to use to the config consumer.
if (TryGetEnvironmentVariable("SIGNALFX_TRACE_AGENT_URL", out string ddTraceAgentUrl))
{
mutableConfig.ProfilesIngestionEndpoint_Url = ddTraceAgentUrl;
}
if (TryGetEnvironmentVariable("SIGNALFX_AGENT_HOST", out string ddTraceAgentHost))
{
mutableConfig.ProfilesIngestionEndpoint_Host = ddTraceAgentHost;
}
if (TryGetEnvironmentVariable("SIGNALFX_TRACE_AGENT_PORT", out string szTraceAgentPort))
{
if (int.TryParse(szTraceAgentPort, out int port))
{
mutableConfig.ProfilesIngestionEndpoint_Port = port;
}
else
{
Log.Error(
Log.WithCallInfo(LogComponentMoniker),
"The environment variable \"SIGNALFX_TRACE_AGENT_PORT\" is specified (",
szTraceAgentPort,
") but cannot be parsed as a number and will be ignored.");
}
}
// Api Key is not required for agent-based ingestion scnarios; it IS required for agent-less ingestion.
if (TryGetEnvironmentVariable("SIGNALFX_API_KEY", out string ddApiKey))
{
mutableConfig.ProfilesIngestionEndpoint_DatadogApiKey = ddApiKey;
}
if (TryGetEnvironmentVariable("SIGNALFX_HOSTNAME", out string ddHostName))
{
mutableConfig.DDDataTags_Host = ddHostName;
}
if (TryGetEnvironmentVariable("SIGNALFX_SERVICE", out string ddServiceName))
{
mutableConfig.DDDataTags_Service = ddServiceName;
}
if (TryGetEnvironmentVariable("SIGNALFX_ENV", out string ddEnvironment))
{
mutableConfig.DDDataTags_Env = ddEnvironment;
}
if (TryGetEnvironmentVariable("SIGNALFX_VERSION", out string ddServiceVersion))
{
mutableConfig.DDDataTags_Version = ddServiceVersion;
}
if (TryGetEnvironmentVariable("SIGNALFX_TAGS", out string ddTagsStr))
{
mutableConfig.DDDataTags_CustomTags = ParseAndMergeDdTags(mutableConfig.DDDataTags_CustomTags, ddTagsStr);
}
if (TryGetEnvironmentVariable("SIGNALFX_TRACE_DEBUG", out string envIsTraceDebugEnabled))
{
const bool isTraceDebugEnabled = true;
if (
ConfigurationProviderUtils.TryParseBooleanSettingStr(
envIsTraceDebugEnabled,
isTraceDebugEnabled,
out bool ddIsTraceDebugEnabledVal))
{
mutableConfig.Log_IsDebugEnabled = ddIsTraceDebugEnabledVal;
}
else
{
Log.Error(
Log.WithCallInfo(LogComponentMoniker),
"The environment variable \"SIGNALFX_TRACE_DEBUG\" is specified (",
envIsTraceDebugEnabled,
$") but cannot be parsed as a boolean. Using {isTraceDebugEnabled.ToString()} as default");
mutableConfig.Log_IsDebugEnabled = isTraceDebugEnabled;
}
}
if (TryGetEnvironmentVariable("SIGNALFX_PROFILING_LOG_DIR", out string ddTraceLogDirectory))
{
mutableConfig.Log_PreferredLogFileDirectory = ddTraceLogDirectory;
}
if (TryGetEnvironmentVariable("SIGNALFX_INTERNAL_OPERATIONAL_METRICS_ENABLED", out string envIsEnabled))
{
const bool isOperationalMetricsEnabled = false;
if (ConfigurationProviderUtils.TryParseBooleanSettingStr(envIsEnabled, isOperationalMetricsEnabled, out bool isEnabled))
{
mutableConfig.Metrics_Operational_IsEnabled = isEnabled;
}
else
{
Log.Error(
Log.WithCallInfo(LogComponentMoniker),
"The environment variable \"SIGNALFX_INTERNAL_OPERATIONAL_METRICS_ENABLED\" is specified (",
envIsEnabled,
$") but cannot be parsed as a boolean. Using {isOperationalMetricsEnabled.ToString()} as default");
mutableConfig.Log_IsDebugEnabled = isOperationalMetricsEnabled;
}
}
if (TryGetEnvironmentVariable("SIGNALFX_PROFILING_FRAMES_NATIVE_ENABLED", out string envFramesNativeIsEnabled))
{
const bool isFramesNativeEnabled = false;
if (ConfigurationProviderUtils.TryParseBooleanSettingStr(envFramesNativeIsEnabled, isFramesNativeEnabled, out bool isEnabled))
{
mutableConfig.FrameKinds_Native_IsEnabled = isEnabled;
}
else
{
Log.Error(
Log.WithCallInfo(LogComponentMoniker),
"The environment variable \"SIGNALFX_PROFILING_FRAMES_NATIVE_ENABLED\" is specified (",
envFramesNativeIsEnabled,
$") but cannot be parsed as a boolean. Using isFramesNativeEnabled.ToString() as default");
mutableConfig.FrameKinds_Native_IsEnabled = isFramesNativeEnabled;
}
}
return(mutableConfig.CreateImmutableSnapshot());
}
public static IProductConfiguration ApplyDevDefaults(this IProductConfiguration config)
{
if (config == null)
{
return(null);
}
var mutableConfig = new MutableProductConfiguration(config);
// mutableConfig.ProfilesExport_DefaultInterval = TimeSpan.FromSeconds(20);
mutableConfig.ProfilesExport_DefaultInterval = TimeSpan.FromSeconds(60);
// These bytes are counted as encoded in the buffer segment, i.e. each snapshot takes (26 + 9 per frame) bytes (see StackSnapshotResult.h).
// Snapshots with 100 frames: 1 snapshot uses 926 bytes, 1MB holds 1132 such snapshots.
// Snapshots with 50 frames: 1 snapshot uses 476 bytes, 1MB holds 2202 such snapshots
// Snapshots with 35 frames: 1 snapshot uses 341 bytes, 1MB holds 3075 such snapshots.
//
// We will not sample 5 threads more often than once every 9 milliseconds.
// Assuming 50 frames per snapshot on average (based on some ad-hoc tests with Computer01 demo
// it is a safe upper bound for the average), we don't expect to generate more than ~33,333 (= 5 * 60 * 1000 / 9) snapshots per minute
// --> which requires 33,333 / 2202 ~= 15 MB.
// A 50 MB buffer will work for ~3+ minutes
// 50,000 samples currespond to ~22 MB.
mutableConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsBytes = 50 * 1024 * 1024; // 50 MBytes
mutableConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsCount = 50000;
mutableConfig.ProfilesExport_LocalFiles_Directory = ConfigurationProviderUtils.GetOsSpecificDefaultPProfDirectory();
// If Ingestion Endpoint Url is specified, the Host, Port and ApiPath are ignored.
// mutableConfig.ProfilesIngestionEndpoint_Url = "https://intake.profile.datadoghq.com/v1/input";
// --> to local agent that sends to staging
// mutableConfig.ProfilesIngestionEndpoint_Host = "127.0.0.1"; // Local agent (avoids the IPv4 wait that can occur when using "localhost")
// mutableConfig.ProfilesIngestionEndpoint_Host = "localhost"; // Local agent
// mutableConfig.ProfilesIngestionEndpoint_Host = "intake.profile.datadoghq.com"; // Main DD ingestion endpoint for agent-less
// mutableConfig.ProfilesIngestionEndpoint_Host = "intake.profile.datad0g.com"; // Staging DD ingestion endpoint for agent-less
mutableConfig.ProfilesIngestionEndpoint_Port = 8126; // Local agent's default port
// mutableConfig.ProfilesIngestionEndpoint_Port = 0; // Value <= 0 will result the defaut port for the protocol being used.
mutableConfig.ProfilesIngestionEndpoint_ApiPath = "profiling/v1/input"; // Local agent's API path.
// mutableConfig.ProfilesIngestionEndpoint_ApiPath = "v1/input"; // DD ingestion endpoint's API path (for agent-less scenarios)
// Api Key is not required for agent-based ingestion scenarios; it IS required for agent-less ingestion.
// mutableConfig.ProfilesIngestionEndpoint_DatadogApiKey = "xxx";
// mutableConfig.ProfilesIngestionEndpoint_DatadogApiKey = null;
// --> to preprod
mutableConfig.ProfilesIngestionEndpoint_Url = "https://intake.profile.datadoghq.com/v1/input";
mutableConfig.ProfilesIngestionEndpoint_DatadogApiKey = string.Empty;
string ddService = ConfigurationProviderUtils.GetDdServiceFallback();
mutableConfig.DDDataTags_Host = ConfigurationProviderUtils.GetMachineName();
mutableConfig.DDDataTags_Service = string.IsNullOrWhiteSpace(ddService) ? ".Net-Profiling-TestService01" : ddService;
mutableConfig.DDDataTags_Env = "APM-Profiling-Local";
mutableConfig.DDDataTags_Version = "Demo-Version-11";
mutableConfig.DDDataTags_CustomTags = new KeyValuePair <string, string>[]
{
new KeyValuePair <string, string>("CustomTag A", string.Empty),
new KeyValuePair <string, string>(null, "Some Value B"),
new KeyValuePair <string, string>("CustomTag C", "Some Value C"),
new KeyValuePair <string, string>("service", "Foo-Bar")
};
mutableConfig.Log_IsDebugEnabled = true;
mutableConfig.Log_PreferredLogFileDirectory = ConfigurationProviderUtils.GetOsSpecificDefaultLogDirectory();
mutableConfig.Metrics_Operational_IsEnabled = false;
mutableConfig.Metrics_StatsdAgent_Port = 8125;
// For now, the default installation does not collect native frames.
// The user can, however, enable it using an environment variable (see 'EnvironmentVariablesConfigurationProvider').
// This should be changed once the UI supports appropriate filtering.
mutableConfig.FrameKinds_Native_IsEnabled = false;
return(mutableConfig.CreateImmutableSnapshot());
}
public MutableProductConfiguration(IProductConfiguration otherConfig)
: base(otherConfig)
{
}
public static IProductConfiguration ApplyReleaseDefaults(this IProductConfiguration config)
{
if (config == null)
{
return(null);
}
var mutableConfig = new MutableProductConfiguration(config);
mutableConfig.ProfilesExport_DefaultInterval = TimeSpan.FromSeconds(60);
// These bytes are counted as encoded in the buffer segment, i.e. each snapshot takes (26 + 9 per frame) bytes (see StackSnapshotResult.h).
// Snapshots with 100 frames: 1 snapshot uses 926 bytes, 1MB holds 1132 such snapshots.
// Snapshots with 50 frames: 1 snapshot uses 476 bytes, 1MB holds 2202 such snapshots
// Snapshots with 35 frames: 1 snapshot uses 341 bytes, 1MB holds 3075 such snapshots.
//
// We will not sample 5 threads more often than once every 9 milliseconds.
// Assuming 50 frames per snapshot on average (based on some ad-hoc tests with Computer01 demo
// it is a safe upper bound for the average), we don't expect to generate more than ~33333 (= 5 * 60 * 1000 / 9) snapshots per minute
// --> which requires 33333 / 2202 ~= 15 MB.
// A 500 MB buffer will work for ~33 minutes
// 1,000,000 samples currespond to ~454 MB.
//
// Based on the above, we go with the magic numbers that will limit the buffer to 500 MB and 1 Mio samples
// by triggering the profiles export if those thresholds are met.
// These are round numbers that will keep the impact on the customer app in check during early beta stages.
// During the public beta we need to validate these assumptions and see if the numbers need to be tweaked in either direction.
mutableConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsBytes = 500 * 1024 * 1024; // 500 MBytes
mutableConfig.ProfilesExport_EarlyTriggerOnCollectedStackSnapshotsCount = 1000000; // 1,000,000 stack samples
mutableConfig.ProfilesExport_LocalFiles_Directory = null;
mutableConfig.ProfilesIngestionEndpoint_Url = null; // If Ingestion Endpoint Url is specified, the Host, Port and ApiPath are ignored.
mutableConfig.ProfilesIngestionEndpoint_Host = "127.0.0.1"; // Local agent (avoids the IPv4 wait that can occur when using "localhost")
mutableConfig.ProfilesIngestionEndpoint_Port = 8126; // Local agent's default port
mutableConfig.ProfilesIngestionEndpoint_ApiPath = "profiling/v1/input"; // Local agent's API path.
// Api Key is not required for agent-based ingestion scnarios; it IS required for agent-less ingestion.
mutableConfig.ProfilesIngestionEndpoint_DatadogApiKey = null;
// For RELEASE, the we use defaults below, and better values need to be created by setting respective environment variables
// (see the .ApplyEnvironmentVariables() API in EnvironmentVariablesConfigurationProvider).
string ddService = ConfigurationProviderUtils.GetDdServiceFallback();
mutableConfig.DDDataTags_Host = ConfigurationProviderUtils.GetMachineName();
mutableConfig.DDDataTags_Service = string.IsNullOrWhiteSpace(ddService) ? "Unspecified-Service" : ddService;
mutableConfig.DDDataTags_Env = "Unspecified-Environment";
mutableConfig.DDDataTags_Version = "Unspecified-Version";
mutableConfig.DDDataTags_CustomTags = new KeyValuePair <string, string> [0];
// When we get to public beta, Debug-Logging should be DISABLED by default.
// However, while we are still working towards that level of maturity, debug logs are almost always helpful.
mutableConfig.Log_IsDebugEnabled = true;
mutableConfig.Log_PreferredLogFileDirectory = ConfigurationProviderUtils.GetOsSpecificDefaultLogDirectory();
mutableConfig.Metrics_Operational_IsEnabled = false;
mutableConfig.Metrics_StatsdAgent_Port = 8125;
// For now, the default installation does not collect native frames.
// The user can, however, enable it using an environment variable (see 'EnvironmentVariablesConfigurationProvider').
// This should be changed once the UI supports appropriate filtering.
mutableConfig.FrameKinds_Native_IsEnabled = false;
return(mutableConfig.CreateImmutableSnapshot());
}